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About the Programme

The B.Sc. Forensic Science & Biochemistry programme is an interdisciplinary dual-major undergraduate degree that combines scientific investigation with a deep understanding of the chemistry of life. It builds firm foundations in crime scene management, forensic biology, chemistry, physics and law, alongside core biochemistry areas such as biomolecules, human physiology, enzymology, metabolism, molecular biology and clinical biochemistry. Graduates are trained to apply scientific principles to criminal investigations and to develop biochemical solutions for clinical, agricultural, diagnostic and industrial applications.

Specialization Features

Interdisciplinary Dual-Major Structure

Pairs core forensic disciplines with molecular life sciences, clinical biochemistry, and advanced chemical pathology.

Biomedical & Forensic Laboratories

State-of-the-art forensic and biomedical laboratories with a strong emphasis on laboratory skills, biochemical assays, and analytical thinking.

Real-Time Casework & Diagnostics

Exposure to real-time casework through workshops, internships, research projects, and expert interactions, fostering investigative and clinical skills.

CAREER PATHWAYS

Future Careers

Career Roles

Risk and Security Analyst
Scene of Crime Officer
Digital Forensic Analyst
Cyber Security Analyst
Document and Fingerprint Expert
Clinical Laboratory Analyst / Quality Control Analyst
Forensic Toxicologist
Clinical Biochemist
Analytical Chemist
Forensic Consultant

Employment Sectors

Law Enforcement Agencies
Pharmaceutical and Biochemical Industries
Diagnostic Laboratories and Hospitals
Academic and Research Institutions
Quality Control Laboratories
Entrepreneurship
Forensic Science Laboratories
FOR A COMPLETE ACADEMIC PICTURE

Programme At a Glance

An interdisciplinary dual-major curriculum pairing forensic evidence analysis with life sciences chemistry and clinical biochemistry.

Programme Title: B.Sc. Forensic Science & Biochemistry

Specialization: Forensic Science, Biochemistry

Duration: 3 years (Bachelor's); optional 4th year for B.Sc. Honours under NEP 2020

Study Mode: Full time

Core Academic Focus Areas: Crime Scene Investigation, Forensic Biology & Serology, Forensic Chemistry & Toxicology, Fingerprints & Questioned Documents, Digital & Cyber Forensics, Biomolecules & Bioanalytical Techniques, Human & Molecular Physiology, Enzymology & Metabolism, Clinical Biochemistry, Research Methodology

Learning Pathway: Includes a Certificate course, Summer Internship and Research Projects, along with specialised modules such as Tissue Engineering, Biochemistry of Hormones, Plant Biochemistry, Pharmacology, and Immunology and Toxicology, offering exposure to real-time casework through workshops, internships and expert interactions.

CURRICULUM MATRIX

Programme Matrix

Comprehensive semester-wise course distribution integrating forensic disciplines with metabolic, biomolecular, and clinical biochemistry.

Semester I

Introduction to Forensic Science
Introduction to Forensic Science – Practical
Biophysical Chemistry
Biophysical Chemistry – Practical
Crime and Legal System

Semester II

Crime Scene Management
Crime Scene Management – Practical
Biomolecules
Biomolecules – Practical
Forensic Psychology

Semester III

Technological Methods in Forensic Science
Technological Methods in Forensic Science – Practical
Bioanalytical Techniques
Bioanalytical Techniques – Practical
Economic Offences

Semester IV

Fingerprints and Questioned Documents
Fingerprints and Questioned Documents – Practical
Human Physiology
Human Physiology – Practical
Certificate Course
Risk and Security Management
Summer Internship

Semester V

Forensic Biology and Serology
Forensic Biology and Serology – Practical
Genetic Engineering
Genetic Engineering – Practical
Advanced Biomolecular Chemistry
Advanced Biomolecular Chemistry – Practical
Enzymes and Enzyme Technology
Research Methodology

Semester VI

Forensic Chemistry
Forensic Chemistry – Practical
Forensic Physics
Forensic Physics – Practical
Intermediary Metabolism
Intermediary Metabolism – Practical
Research Project

Semester VII

Forensic Ballistics
Forensic Ballistics – Practical
Forensic Toxicology
Forensic Toxicology – Practical
Forensic Computing and Cyber Crime
Forensic Medicine
Clinical Biochemistry & Molecular Physiology
Clinical & Immunochemical Techniques Practical

Semester VIII

Digital Forensics
Forensic Anthropology
Forensic Psychology
Tissue Engineering
Biochemistry of Hormones
Plant Biochemistry
Pharmacology
Research Project
CHECK IF YOU QUALIFY

Eligibility Criteria

Review the mandatory academic qualifications and minimum score criteria required for admission.

Candidates who have completed Higher Secondary (10+2 / PUC) or Equivalent with an aggregate of 40% or an equivalent CGPA and have studied Biology and Chemistry are eligible.

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LEARNING OBJECTIVES

Programme Specific Outcomes (PSOs)

Targeted competencies and practical mastery achieved by graduates throughout their academic journey.

PSO1: Demonstrate knowledge of forensic science and biochemistry.

PSO2: Apply principles and techniques of forensic science and biochemistry in industrial and societal settings.

PSO3: Exhibit proficiency in forensic analysis and biochemical techniques.

PSO4: Formulate ethical and systematic research in Forensic Science and Biochemistry.

YOUR PATH TO SUCCESS

Why to Choose This Programme?

Key strengths, experiential learning, and strategic career advantages offered by the programme.

The B.Sc. Forensic Science & Biochemistry programme provides an integrated education bridging the chemistry of cellular life with modern physical evidence analysis and crime reconstruction.

Distinct Advantages of the Programme:

  • Interdisciplinary dual-major degree combining forensic science and biochemistry.
  • State-of-the-art forensic and biomedical laboratories with strong emphasis on lab skills and research.
  • Real-time casework exposure through workshops, internships, research projects and expert interactions.
  • Wide career and higher-education pathways: M.Sc. Forensic Science, M.Sc. Biochemistry, LLB, PG Diplomas (Cyber Forensics, Criminology, Toxicology) and Ph.D./research careers.

Equipped with state-of-the-art forensic instrumentation, biomedical laboratories, and faculty research mentorship, graduates excel in clinical pathology, toxicology screening, and academic research institutions.